Air infeed device for air-conditioning passenger areas in aircraft

1. An air infeed device for air-conditioning passenger areas in aircraft, comprising:

a central air infeed module for a centrally regulated cabin ventilation system, the central air infeed module including a base member having a C-shaped cross section as viewed in the direction of a longitudinal axis of the air infeed device and also including an essentially concave front side and an essentially convex rear side; and

an individual air infeed module for an individually adjustable cabin ventilation system which is a mutually independent system from the centrally regulated cabin ventilation system, the individual air infeed module being fluidically uncoupled from the central air infeed module within the air infeed device,

wherein the central air infeed module and the individual air infeed module are connected to form a subassembly that can be handled independently as a collective unit, and

wherein the base member of the central air infeed module includes a depression on the convex rear side which extends in the longitudinal direction, the depression receiving the corresponding individual air infeed module.

2. The air infeed device of claim 1 , wherein the base member includes at least one aperture which is positioned in its superficies and is connected to an air inlet pipe.

3. The air infeed device of claim 2 , wherein the base member encloses a cavity and the superficies of said base member include a slit-shaped air outlet aperture.

4. The air infeed device of claim 3 , wherein the cavity includes a cross-section which has a widened section and also a tapering section as viewed in the direction of the longitudinal axis of the air infeed device.

5. The air infeed device of claim 2 , wherein each air inlet pipe has a larger cross-section at the point of connection to the base member than at an opposing free end.

6. The air infeed device of claim 2 , wherein each air inlet pipe is disposed, in the direction of the longitudinal axis of the air infeed device, on both sides at an essentially equal distance from another air inlet pipe or from one of two end edges of the central air infeed module.

7. The air infeed device of claim 3 , wherein the base member of the central air infeed module includes at least one depression on the concave front side.

8. The air infeed device of claim 7 , wherein each depression on the concave front side has an essentially triangular shape, a base side of the triangular shape extending in the same direction as the slit-shaped outlet aperture and a point of the triangular shape pointing in the direction of an air inlet pipe.

9. The air infeed device of claim 1 , wherein the individual air infeed module includes an essentially hose-shaped base member having at least one aperture which is constructed in its superficies and is connected to at least one pair of air outlet pipes.

10. The air infeed device of claim 9 , wherein a further aperture, which can be connected to an air inlet pipe, is provided in the superficies of the base member of the individual air infeed module.

11. The air infeed device of claim 9 , wherein the base member of the individual air infeed module includes an aperture and attachment means at a free end for attachment to a corresponding base member of another individual air infeed module.

12. The air infeed device of claim 1 , wherein one central air infeed module is connected to an individual air infeed module by at least one additional fastening element.

13. The air infeed device of claim 1 , wherein one central air infeed module is connected to an individual air infeed module by a firmly-bonded joining connection.

14. The air infeed device of claim 1 , wherein the modules are manufactured from plastic or a composite material.

15. Air infeed installation having the air infeed device according to claim 1 .

16. An aircraft comprising:

at least one passenger area; and

an air infeed device including:

a central air infeed module for a centrally regulated cabin ventilation system, the central air infeed module including a base member having a C-shaped cross section as viewed in the direction of a longitudinal axis of the air infeed device and also including an essentially concave front side and an essentially convex rear side; and

an individual air infeed module for an individually adjustable cabin ventilation system which is a mutually independent system from the centrally regulated cabin ventilation system, the individual air infeed module being fluidically uncoupled from the central air infeed module within the air feed device,

wherein the central air infeed module and the individual air infeed module are connected to formi a subassembly that can be handled independently as a collective unit, and

wherein the base member of the central air infeed module includes a depression on the convex rear side which extends in the longitudinal direction, the depression receiving the corresponding individual air infeed module.